Saving energy begins with constructing well insulated buildings and continues with finding the most economic form of Renewable Energy to create Low Carbon Buildings.
Hospitals have specific heating and cooling requirements - unlike offices they are occupied day and night, every day of the year. There is a large need for hot water for washing and kitchen facilities. With extensive use of glass in modern hospitals there can be large passive solar gains and this can lead to high cooling loads in summer as well as critical heating loads in winter. Some departments within hospitals generate heat from use of medical equipment and computers systems.
With large heating and cooling needs within modern hospitals there is a large opportunity for energy saving which can be met by careful design to reduce the carbon footprint. Interseasonal Heat Transfer can address these needs efficiently and economically by balancing the manifold needs for heating and cooling within the hospital, and between seasons.
The combined benefits make IHT the most attractive renewable energy choice for offices, schools and universities, hospitals, community centres, urban and suburban housing developments, industrial developments and private houses aiming for low energy buildings.
Merton Intergenerational Centre heated in winter, cooled in summer, by IHT
Interseasonal Heat Transfer is the key to sustainable building by providing solar space heating and natural cooling through one integrated design.
See Ground Source Energy | Clean Energy Cashback
IHT for Offices | IHT for Schools | IHT for Retail | IHT for Houses | Renewable Heat
ICAX Projects:
Toddington | Howe Dell | Hiroshima | HMP Garth | Suffolk One | Merton | Wellington | Greenfield Supermarket